- #ONLINE TERMINAL EMULATOR MAC GENERATOR#
- #ONLINE TERMINAL EMULATOR MAC SERIAL#
- #ONLINE TERMINAL EMULATOR MAC SOFTWARE#
- #ONLINE TERMINAL EMULATOR MAC PLUS#
- #ONLINE TERMINAL EMULATOR MAC WINDOWS 7#
#ONLINE TERMINAL EMULATOR MAC PLUS#
18-71-17 (hex) eta plus electronic gmbh EC-0E-C4 (hex) Hon Hai Precision Ind. Ltd 8C-18-D9 (hex) Shenzhen RF Technology Co., Ltd C4-BD-6A (hex) SKF GmbH C4-01-CE (hex) PRESITION (2000) CO., LTD. 10-FA-CE (hex) Reacheng Communication Technology Co.,Ltd 94-70-D2 (hex) WINFIRM TECHNOLOGY A4-4A-D3 (hex) ST Electronics(Shanghai) Co.,Ltd 7C-B1-77 (hex) Satelco AG CC-30-80 (hex) VAIO Corporation 58-7B-E9 (hex) AirPro Technology India Pvt. Which returned a gazillion OUIs based on the format seen below. Then I grepped o nly the lines containing hyphenated OUIs from oui.txt, and redirected that stream into another text file: $ grep -h '-' oui.txt > oui-hyphenated.txt Mayfield Heights OH 44124-6118 US F4-BD-9E (hex) Cisco Systems, Inc F4BD9E (base 16) Cisco Systems, Inc 80 West Tasman Drive San Jose CA 94568 US. 2181 Buchanan Loop Ferndale WA 98248 US 00-D0-EF (hex) IGT 00D0EF (base 16) IGT 9295 PROTOTYPE DRIVE RENO NV 89511 US 08-61-95 (hex) Rockwell Automation 086195 (base 16) Rockwell Automation 1 Allen-Bradley Dr. 002272 (base 16) American Micro-Fuel Device Corp. 00-22-72 (hex) American Micro-Fuel Device Corp. Which returned a huge text database of OUIs in the wild. Munging OUIs from OUI Databaseįirst, I downloaded the database of OUIs from /oui/oui.txt using the curl utility: $ curl /oui/oui.txt -O So, why not use actual existing OUIs? (yeah, I know the database is excessive ☺).
#ONLINE TERMINAL EMULATOR MAC GENERATOR#
The OUI database was used because the random number generator will occassionally return values which the Linux routing socket (RTNETLINK) is unable to assign-based on the specific bits used, and the routing rules which must be followed.
#ONLINE TERMINAL EMULATOR MAC SOFTWARE#
Make: Arduino Bots and Gadgets: Six Embedded Projects with Open Source Hardware and Software (Learning by Discovery) by Tero Karvinen and Kimmo Karvinen.Make: Wearable Electronics: Design, prototype, and wear your own interactive garments by Kate Hartman.Getting Started with Intel Galileo by Matt Richardson.iOS Sensor Apps with Arduino: Wiring the iPhone and iPad into the Internet of Things by Alasdair Allan.Distributed Network Data by Alasdair Allan and Kipp Bradford.Arduino Cookbook, 2nd Edition by Michael Margolis.Making Things Talk, 2nd Edition by Tom Igoe.Building Wireless Sensor Networks by Robert Faludi.Older versions of CoolTerm can be found here.īooks that mention CoolTerm (AUTHORS: If you would like make a contribution to the "CoolTerm Library" by donating a signed copy of your book, it would be greatly appreciated. v1.4.4 is the last build that supports Windows XP.
#ONLINE TERMINAL EMULATOR MAC WINDOWS 7#
Starting with v1.4.5, the Windows build will only support Windows 7 and newer.
V1.4.7 is the last version of CoolTerm available as a universal binary supporting OS X 10.6 or older, click here to download. Please use the forums to share your experiences with other users. Please use these builds at your own risk. The LINUX and Raspberry Pi builds have been posted here as a courtesy to the users that asked for it. While almost everything is expected to work as expected, only minimal testing using virtual machines has been performed to confirm that all the features work properly. The LINUX and Raspberry Pi versions are not "officially" (meaning: "not well") supported. All newer versions will only be available as 64-bit builds. Note that version 1.7.0 is the last 32-bit build for macOS. The 32-bit builds are still available and can be downloaded here: Win / Linux Starting with version 1.6.0, the default for all platforms (except Raspberry Pi) is 64-bit.
#ONLINE TERMINAL EMULATOR MAC SERIAL#
CoolTerm is a simple serial port terminal application (no terminal emulation) that is geared towards hobbyists and professionals with a need to exchange data with hardware connected to serial ports such as servo controllers, robotic kits, GPS receivers, microcontrollers, etc.
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